Publications by authors named "Mikhail R Samatov"

Article Synopsis
  • Metal halide perovskites are advanced materials known for their defect tolerance in carrier recombination, but they face stability issues due to weak lattice interactions leading to ion migration.
  • A study using molecular dynamics and machine learning models shows that ion migration primarily happens at grain boundaries, with Br atoms being the main ones that diffuse after a brief structural change in the grain boundary.
  • Increasing temperature enhances ion migration, and stabilizing the grain boundary by doping or annealing can reduce this migration, offering insights into the material's behavior and stability.
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Water treatment methods based on cold plasma discharge in cavitating liquid have been actively developing in recent years. However, some conditions, such as the conductivity of the medium, can limit the possibility of plasma ignition. The authors proposed a new method for activating an electric discharge in a cavitating liquid environment based on the use of an external corona discharge electrode in the plasma reactor.

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Grain boundaries (GBs) play an important role in determining the optoelectronic properties of perovskites, requiring an atomistic understanding of the underlying mechanisms. Strain engineering has recently been employed in perovskite solar cells, providing a novel perspective on the role of perovskite GBs. Here, we theoretically investigate the impact of axial strain on the geometric and electronic properties of a common CsPbBr GB.

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Transcriptional pausing is crucial for the timely expression of genetic information. Biochemical methods quantify the half-life of paused RNA polymerase (RNAP) by monitoring restarting complexes across time. However, this approach may produce apparent half-lives that are longer than true pause escape rates in biological contexts where multiple consecutive pause sites are present.

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